CN200974875Y - Ethylene glycol washing unit for fine denier yarn spraying filament plate - Google Patents
Ethylene glycol washing unit for fine denier yarn spraying filament plate Download PDFInfo
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- CN200974875Y CN200974875Y CN 200620125072 CN200620125072U CN200974875Y CN 200974875 Y CN200974875 Y CN 200974875Y CN 200620125072 CN200620125072 CN 200620125072 CN 200620125072 U CN200620125072 U CN 200620125072U CN 200974875 Y CN200974875 Y CN 200974875Y
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- ethylene glycol
- glycol solution
- cylindrical shell
- cleaning
- fine
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- Cleaning By Liquid Or Steam (AREA)
Abstract
A fine denier filament extrusion nozzle cleaning device includes a cylinder and a cylinder cap. An automatically added outlet of glycol solution is on the upper part of the cylinder, and an electric heater is equipped on the lower part of the cylinder; shelving is installed inside the cylinder, which is communicated to the glycol solution recovery device. The feed pipe is equipped with a digital vortex-shedding flow meter, which can adjust and control the addition of the glycol, and the digital vortex-shedding flow meter is parallel communicated to a manual-control valve. The utility model is appropriate for cleaning the fine denier filament extrusion nozzle with the bore diameter of around 0.15 Mu m; the cleaning qualified rate is 100 percent; the cleaning time is only 5 hours, saving half of the time compared to the triglycol solution cleaning; more than 30 percent of energy is saved. Labor intensity of the workers is greatly reduced and work efficiency is improved as a result of the use of the automatically added device of glycol solution.
Description
Technical field:
The utility model relate to chemical fibre industry before spin the cleaning device of the spinnerets in the filter plant, the cleaning device of particularly various circles, special-shaped micropore fine-denier filament spinneret ethanediol.
Background technology:
The cleaning device of existing fine-denier filament spinneret ethanediol as the triethylene glycol cleaning device, contains cylindrical shell, cover, the cylindrical shell outer wrapping one the circle coolant jacket, cylindrical shell is provided with charge door, overfall, condenser interface, trash discharge mouth, access hole, and electric heater is installed in the bottom of cylindrical shell, and shelf is arranged in the cylindrical shell.The technology that the triethylene glycol cleaning device cleans fine-denier filament spinneret ethanediol is as follows:
Because the chemical fibre high molecular polymer hot down easily from the fine-denier filament spinneret ethanediol surface by under the scraping, scraping must be clean more, the back is just easy more to the cleaning of the chemical fibre high molecular polymer in the spinneret orifice on the fine-denier filament spinneret ethanediol.So, at first with filament spinning component at hot down completely knocked down, the chemical fibre high molecular polymer removing on hot following fine-denier filament spinneret ethanediol surface;
Be placed on fine-denier filament spinneret ethanediol in the hanging basket regularly;
The cold triethylene glycol solution that in the cylindrical shell of triethylene glycol cleaning device, adds the 70-75% volume;
The hanging basket that fine-denier filament spinneret ethanediol is housed is put into the cylindrical shell of triethylene glycol cleaning device, close cover, open cooling water valve towards condenser;
Triethylene glycol solution in the cylindrical shell is heated, when being heated to its 275 ℃ of left and right sides of boiling point value, keep time of about 4--5 hour after, system stops heating automatically;
Allow fine-denier filament spinneret ethanediol in the triethylene glycol cleaning device, cool off naturally, or open towards the compressed air of chuck and force cooling;
When the temperature of triethylene glycol solution drops to below 80 ℃, take out the hanging basket that fine-denier filament spinneret ethanediol is housed;
The hanging basket that fine-denier filament spinneret ethanediol is housed that will take out in the triethylene glycol cleaning device is put to lye tank (vat) and is cleaned, or uses flushing with clean water, or cleans with ultrasonic wave.
Because the volatility of triethylene glycol solution is relatively poor, so the solute effect to the chemical fibre high molecular polymer on the fine-denier filament spinneret ethanediol is poor, the speed of dissolving is also slow, triethylene glycol solution is worked under 0.05MPa low pressure always, cause cleaning performance undesirable, for obtaining cleaning performance preferably, must repeatedly repeat above-mentioned cleaning process, and must the triethylene glycol solution discharging of using is clean during repeated washing, change clean triethylene glycol solution, the efficient of cleaning is low, the triethylene glycol cleaning oven is about 10 hours to the scavenging period of fine-denier filament spinneret ethanediol, even so, the cleaning qualification rate of fine-denier filament spinneret ethanediol is also still lower, only is about 50% as the cleaning qualification rate of the fine-denier filament spinneret ethanediol of aperture below 0.15 μ m.Triethylene glycol solution in use for open circuit, has the triethylene glycol of a small amount of vaporization to be disposed in the atmosphere, and environment is had light contamination.And the interpolation of triethylene glycol solution is manually operated, and labour intensity is big.
The utility model content:
The purpose of this utility model is to overcome the deficiencies in the prior art, provides a kind of labour intensity little fine-denier filament spinneret ethanediol cleaner capable.
Solution of the present utility model is: contain cylindrical shell, cover, cylindrical shell top has ethylene glycol solution to add mouth automatically, and electric heater has been installed in the bottom of cylindrical shell, and shelf is arranged in the cylindrical shell, and cylindrical shell and ethylene glycol solution retracting device interlink.
Ethylene glycol solution adds mouth automatically and is connected with charge pipe, and the digital display type vortex-shedding meter that can regulate, control the ethylene glycol addition has been installed on the charge pipe.
Manual control valve has been connected in parallel on the digital display type vortex-shedding meter.
The utility model is specially for adopting the cleaning device of the fine-denier filament spinneret ethanediol that ethylene glycol solution designs as cleaning solution, be suitable for the cleaning of aperture at 0.15 μ m left and right sides fine-denier filament spinneret ethanediol, clean qualification rate and reach 100%, scavenging period only is 5 hours, clean to compare with triethylene glycol solution and can save half the time, energy savings is more than 30%, after each the cleaning, ethylene glycol is all delivered to the ethylene glycol retracting device and is unified purified treatment, does not therefore constitute the pollution to environment.Owing to adopted the automatic adding set of ethylene glycol solution, fully by the digital display type vortex-shedding meter according to designing requirement automatic setting parameter, and the addition of control ethylene glycol solution has alleviated working strength of workers widely, has improved operating efficiency.
Description of drawings:
Fig. 1 is the structural representation of the shell portion of the utility model embodiment;
Fig. 2 is the structure principle chart of the utility model embodiment.
Among the figure: the 1--cover; 2--ethylene glycol solution pressure is regulated mouth; The 3--chuck; The 4--cylindrical shell; The 5--shelf; The outlet of 6--conduction oil; 7--ethylene glycol solution delivery outlet; The 8--electric heater; The 9--ethylene glycol solution adds mouth automatically; The 10--heat conductive oil inlet; 11--conduction oil efferent duct; 12--ethylene glycol solution efferent duct; 13--compressed air or nitrogen input pipe; The 14--hand control valve; The 15--surge pipe; The 16--electro connecting pressure gauge; The 17--service valve; The 18--filter; The 19--hand control valve; 20--digital display type vortex-shedding meter; The 21--service valve; The 22--pressure regulating solenoid valve; 23--manual safety valve; The 24--charge pipe; 25--conduction oil input pipe; The 26--service valve; The 27--hand control valve; The 28--diaphragm valve; The 29--service valve; The 30--heater.
The specific embodiment:
Below embodiment of the present utility model is described in detail:
Contain cylindrical shell 4, cover 1, cylindrical shell 4 tops have ethylene glycol solution to add mouth 9 automatically, ethylene glycol solution adds mouthfuls 9 automatically and is connected with charge pipe 24, digital display type vortex-shedding meter 20 has been installed on the charge pipe 24, according to designing requirement automatic setting parameter, and the amount of the ethylene glycol solution in the cylindrical shell 4 is added in control to, digital display type vortex-shedding meter 20 and filter 18, service valve 17,21 series connection, digital display type vortex-shedding meter 20, filter 18 and service valve 17,21 are connected in parallel with hand control valve 19, when digital display type vortex-shedding meter 20 breaks down, close service valve 17,21, the task of control ethylene glycol solution flow is just finished by hand control valve 19.Electric heater 8 has been installed in the bottom of cylindrical shell 4, and shelf 5 is arranged in the cylindrical shell 4, and electric heater 8 is positioned at shelf 5 belows.Ethylene glycol solution delivery outlet 7 is arranged at the bottom of cylindrical shell 4, and ethylene glycol solution delivery outlet 7 has been arranged, and after fine-denier filament spinneret ethanediol cleans completion of processing, just ethylene glycol solution successfully can be discharged cylindrical shell 4, sends into the ethylene glycol solution retracting device.Ethylene glycol solution delivery outlet 7 links to each other with ethylene glycol solution efferent duct 12, ethylene glycol solution efferent duct 12 links to each other with the ethylene glycol solution retracting device, heater 30 has been installed on ethylene glycol solution efferent duct 12, mobile not smooth to prevent the low excessively ethylene glycol solution that causes of workshop temperature in winter.A circle chuck 3 has been wrapped up in cylindrical shell 4 outsides, heat conductive oil inlet 10 has been installed on the top of chuck 3, conduction oil outlet 6 has been installed in the bottom of chuck 3, producer with heat-conducting oil heating system can adopt conduction oil that the ethylene glycol solution in the cylindrical shell 4 is carried out heat treated, and do not need to adopt electric heater 8 to heat, have only when heat-conducting oil heating system breaks down and just heat in the time of to use, but energy savings is more than 40% with electric heater 8.Two heaters of heat-conducting oil heating and electric heater heating have been designed simultaneously, can realize substituting each other, no matter which heater breaks down, another heater can substitute up immediately, guarantee that whole fine-denier filament spinneret ethanediol cleaner capable can not quit work because of heater breaks down, improve the reliability of fine-denier filament spinneret ethanediol cleaner capable, also improved operating efficiency.The heat conductive oil inlet 10 and the conduction oil input pipe 25 on chuck 3 tops interlink, the diaphragm valve 28 of control conduction oil flow has been installed on the conduction oil input pipe 25, the height of the temperature value of the ethylene glycol solution that provides according to temperature sensor, the opening angle of corresponding control diaphragm valve 28 can be controlled the size of conduction oil flow, the temperature that reaches the control ethylene glycol solution rises by designing requirement, service valve 26 is equipped with at diaphragm valve 28 two ends, 29, diaphragm valve 28, service valve 26,29 is in parallel with hand control valve 27, when diaphragm valve 28 breaks down, close service valve 26,29, the task of control conduction oil flow is just finished by hand control valve 27.Conduction oil outlet 6 is led to conduction oil efferent duct 11.Be provided with ethylene glycol solution pressure on the top of cylindrical shell 4 and regulate mouth 2, ethylene glycol solution pressure is regulated mouthfuls 2 and is linked to each other with surge pipe 15, the other end of surge pipe 15 links to each other with ethylene glycol solution efferent duct 12, on surge pipe 15, regulator has been installed, the structure of regulator is: pressure regulating solenoid valve 22 has been installed on surge pipe 15, pressure regulating solenoid valve 22 is in parallel with manual safety valve 23, on surge pipe 15, also installed ethylene glycol solution force value and the electro connecting pressure gauge 16 that provides the ethylene glycol solution force value to exceed standard signal in the cylindrical shell 4 can be provided, when the force value of ethylene glycol solution in the cylindrical shell 4 surpasses setting value, carry out release automatically and handle, guarantee that the force value of ethylene glycol solution in the cylindrical shell 4 adheres to specification all the time.On surge pipe 15, connected compressed air or nitrogen input pipe 13, on compressed air or the nitrogen input pipe 13 hand control valve 14 has been installed.
Cleaning to fine-denier filament spinneret ethanediol may further comprise the steps:
Spinning machine in stopping work, still have at the filament spinning component on the spinning machine under the state of work waste heat, with the filament spinning component completely knocked down, fine-denier filament spinneret ethanediol is one of vital part in the filament spinning component, fine-denier filament spinneret ethanediol is removed easily at the chemical fibre high molecular polymer of the state lower surface that has the work waste heat, strike off with the chemical fibre high molecular polymer of scraper,, shorten scavenging period to reduce the consumption of cleaning process medium with the fine-denier filament spinneret ethanediol surface;
The fine-denier filament spinneret ethanediol that will pass through surperficial chemical fibre high molecular polymer removing processing is placed in the hanging basket regularly;
Spent glycol solution adds the ethylene glycol solution of 75% volume as cleaning agent in the cylindrical shell 4 of ethanediol cleaner;
Pass through surperficial chemical fibre high molecular polymer and removed the cylindrical shell 4 that the hanging basket of the fine-denier filament spinneret ethanediol of handling is put into ethanediol cleaner being equipped with, closed cover 1;
Ethylene glycol solution in the cylindrical shell 4 of ethanediol cleaner is heated, when being heated to its 235 ℃ of boiling point values, pressure reaches about 0.4Mpa, ethylene glycol solution under pressure, make a forcible entry in the spray silk micropore of fine-denier filament spinneret ethanediol, with generation alcoholysis of residue chemical fibre high molecular polymer and the fusion effect in the spray silk micropore of fine-denier filament spinneret ethanediol, after keeping 4 hours under this temperature, system stops heating automatically;
In ethanediol cleaner, take out the hanging basket that fine-denier filament spinneret ethanediol is housed, hanging basket is cleaned up with the ultrasonic wave that contains 5% concentration alkali lye.
Claims (3)
1, fine-denier filament spinneret ethanediol cleaner capable contains cylindrical shell, cover, it is characterized in that cylindrical shell top has ethylene glycol solution to add mouth automatically, and electric heater has been installed in the bottom of cylindrical shell, and shelf is arranged in the cylindrical shell, and cylindrical shell and ethylene glycol solution retracting device interlink.
2, fine-denier filament spinneret ethanediol cleaner capable according to claim 1 is characterized in that ethylene glycol solution adds mouth automatically and is connected with charge pipe, and the digital display type vortex-shedding meter that can regulate, control the ethylene glycol addition has been installed on the charge pipe.
3, fine-denier filament spinneret ethanediol cleaner capable according to claim 2 is characterized in that the manual control valve that has been connected in parallel on the digital display type vortex-shedding meter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620125072 CN200974875Y (en) | 2006-11-14 | 2006-11-14 | Ethylene glycol washing unit for fine denier yarn spraying filament plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620125072 CN200974875Y (en) | 2006-11-14 | 2006-11-14 | Ethylene glycol washing unit for fine denier yarn spraying filament plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN200974875Y true CN200974875Y (en) | 2007-11-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620125072 Expired - Fee Related CN200974875Y (en) | 2006-11-14 | 2006-11-14 | Ethylene glycol washing unit for fine denier yarn spraying filament plate |
Country Status (1)
| Country | Link |
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| CN (1) | CN200974875Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101805930A (en) * | 2010-04-28 | 2010-08-18 | 太原理工大学 | Method for cleaning polyphenylene sulfide melt spinning spinneret |
| CN110820054A (en) * | 2019-11-22 | 2020-02-21 | 蓝星（成都）新材料有限公司 | Cleaning method for aramid fiber 1414 spinneret plate |
-
2006
- 2006-11-14 CN CN 200620125072 patent/CN200974875Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101805930A (en) * | 2010-04-28 | 2010-08-18 | 太原理工大学 | Method for cleaning polyphenylene sulfide melt spinning spinneret |
| CN110820054A (en) * | 2019-11-22 | 2020-02-21 | 蓝星（成都）新材料有限公司 | Cleaning method for aramid fiber 1414 spinneret plate |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20071114 Termination date: 20101114 |